CME have been provided many reliability test solutions for various fields such as aviation, aerospace, navigation, weapons, automotive, rail transportation, electronics, etc., which have been well received in the industry. CME helps engineer to evaluate the ability of product or packaging to withstand shock, vibration & impact during transportation and loading and unloading, so as to improve product and packaging design.
Through the analysis of the basic parameter characteristics of the centrifuge acceleration direction, acceleration value, velocity ripple, acceleration gradient, etc., effective methods for the design, use and measurement of the centrifuge are obtained.
There are two common types of centrifugal constant acceleration testing machines. One is the centrifugal box type, which is suitable for the constant acceleration test of electronic components and microelectronic devices; the other is the centrifugal arm
CME provides customers with packaging tests in the following mechanical environments: Drop Test, Impact Test, Vibration Test, Compression & Clamping Test.
Constant acceleration test machine is used to evaluate when components, equipment and other electrical and electronic products are subjected to constant acceleration environment (except gravity)
The design and manufacturing technique of the high-acceleration centrifuge turntable fixture is relatively complicated, and accurate modeling, analysis and calculation are required.
Today, battery technology is developing at a breath-taking pace.
We can see clearly the different requirements between ISTA 3E and 3H.
Procedure ISTA 3E is a general simulation test for unitized loads of similar retail or institutional packaged-products shipped from a manufacturing location to a distribution center.
CME developed a pneumatic high acceleration level shock response spectrum test system with compact structure, short stroke, large excitation energy, safety and environmental protection
There are five main types of mechanical shock test devices.